We narrowed to 853 results for: Eras

...Plasmids 101 will provide you with an overview of general molecular biology knowledge and techniques, and...Site (MCS) Short segment of DNA which contains several restriction sites allowing for the easy insertion...later work.     How do scientists use plasmids? Generally, scientists use plasmids to manipulate gene expression...Green Fluorescent Protein (GFP) Plasmids 101: Luciferase Monitor the level of a chemical in a particular... viruses that can be used in research or for therapeutics Addgene has compiled various educational resources...

..., functions at temperatures up to 43 °C and can be used for genome editing in moderate thermophiles.  ...straightforward workflow for doing gene targeting, reporter generation, controllable gene knockouts, and inducible gene...Strategy for leak-free transcriptional control. C) Iterative transduction workflow overview. Image from Sun...successfully targeted cells that can be used to generate organoid cultures with a modification of interest...

...vivo (try pcDNA3-EGFP). If you can get away with generating transiently transfected cells, you will not need...that you will need accessory packaging vectors to generate the virus. Bacterial vectors This system is great...binding or folding assays. Yeast vectors There are several types of yeast expression vectors. Consider your...microscope, we offer a collection of vectors carrying several fusion proteins. Pick your promoter, selection ...promoter (e.g. pMT-puro). Worm vectors There are several approaches to studying YGOI's function in worms...

...pluripotent state. Though a valuable tool for regenerative medicine, direct reprogramming is an inefficient...demultiplex the scRNA-seq data and build multi-generational cell lineage trees. CellTags were detected over...MettI7a1 encodes an uncharacterized putative methyltransferase. Adding Mettl7a1 to the standard Foxa1-Hnf4α... at Addgene. The Morris Lab's website also has several useful resources including a link to a detailed...methods for delivery of reprogramming factors for generating iPSCs Learn how fluorescent proteins help researchers...

...peptides consist of as little as 8 or as many as several hundred amino acids, depending on the tag, and ...charged amino acids. FLAG tag has been used with moderate to high success rates across all applications....including a mouse monoclonal (M2) as well as a chimera (rabbit). Myc The Myc tag is a 10 amino acid peptide... has two negatively charged amino acids for an overall negative charge. This tag has been used successfully...Additional resources on Addgene.org Addgene’s General Use Antibodies Antibody guide Antibody protocols...

...chromosomes are represented by two to three copies, but several have four. No Y chromosome is present in this line... line, making it genetically female. HEKs are generally cultured as an adherent monolayer, though derivatives...plasmids with the SV40 origin of replication. To generate a virus, you need only transfect the ‘helper’ ...the way up to the production of clinical viral therapies. Protein production  HEKs are extremely easy ... and bacteria, but HEKs are also particularly vulnerable to viral infection. Yes, your cells can catch...

...responsible for a phenotype can be identified by next-generation sequencing of the genomic DNA. However, some ...ApoB-NanoLuc reporter by inserting the NanoLuc luciferase downstream of the apoB gene. Using this reporter...approach to expand our understanding of ApoB-LPs and accelerate the discovery of additional genes and small-molecule...tool should serve as both a powerful tool for generating complex regulatory systems and further the study...nematode Caenorhabditis elegans. They have found several voltage biosensors and conditions that can be used...

...SCF-TIR1 ubiquitin ligase complex, promoting its interaction with the degron sequence and ultimately its degradation... plant protein TIR1 in non-plant cells, which interacts with the cells’ endogenous ubiquitin ligase, the...with mAID. Using this method, the lab was able to generate conditional alleles of a few essential proteins...attempted to engineer loops to create genomic interactions that wouldn’t normally occur. The synthetic ...enhancer. What makes LADL unique from previous iterations is the addition of CRY2, another Arabidoposis...

...encoded fluorescent executioner caspase reporters. Several apoptosis reporters have been developed, such as... and fluorescence based reporters however have several limitations. First, FRET signals are often difficult...They then optimized the length of both linkers to generate a reporter that would fluoresce: FlipCherry. FlipCherry...array of diseases and pathologies such as neurodegenerative diseases, autoimmune disorders, and cancer...Cabantous, Stéphanie, et al. "A new protein-protein interaction sensor based on tripartite split-GFP association...

...zebrafish, and mice. Second Generation iGluSnFR: SF-iGluSnFR In the second generation of iGluSnFR, the Looger... for Synaptic Imaging However, the first two generations of iGluSnFR had limitations: they were not optimal...extrasynaptic glutamate release. Building on the previous generation of the SF-Venus-iGluSnFR (itself an improvement...not neurons). iGluSnFR3 is also available in several ready-to-use viral vectors.    References and ...